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A set of steps engineers follow to solve a problem is known as an engineering process. It is highly iterative and certain parts of the process can be repeated multiple times in one project. The specific framing and articulation of the steps that get repeated will differ.

Research is the first step. This includes identifying needs as well as locating information and analyzing constraints. It is a vital part of the engineering process, which allows engineers to discover the most effective solution to any issue.

When researchers have enough information they can begin to brainstorm ideas for solutions to the problem. This can be accomplished in a variety of ways, and is the area where engineering creativeness really shines. This is also the step where potential solutions are analyzed and evaluated. This could involve simulation studies, the creation of decision matrixes and even creating prototypes to compare.

In this stage students choose one of their best ideas and devise a plan to implement it. Students then build the prototype with the materials provided and test it to make sure it is in line with their performance requirements. Students may need to test their prototype and revise it to ensure it performs as expected.

This is a great method to teach the importance of problem-solving and iteration. Engineers are known to develop a solution that they test and then discover a new issue. The process continues until the engineer comes up with an answer that matches their expectations.